def serialize(self,
skip_signature=True,
skip_second_signature=True,
skip_multi_signature=True):
"""Perform AIP11 compliant serialization.
Args:
skip_signature (bool, optional): do you want to skip the signature
skip_second_signature (bool, optional): do you want to skip the 2nd signature
skip_multi_signature (bool, optional): do you want to skip multi signature
Returns:
str: Serialized string
"""
data = self.to_dict()
return Serializer(data).serialize(skip_signature,
skip_second_signature,
skip_multi_signature)
def to_bytes(self,
skip_signature=True,
skip_second_signature=True,
skip_multi_signature=True):
"""Convert the transaction to its byte representation
Args:
skip_signature (bool, optional): do you want to skip the signature
skip_second_signature (bool, optional): do you want to skip the 2nd signature
skip_multi_signature (bool, optional): do you want to skip multi signature
Returns:
bytes: bytes representation of the transaction
"""
return Serializer(self.to_dict()).serialize(
skip_signature=skip_signature,
skip_second_signature=skip_second_signature,
skip_multi_signature=skip_multi_signature,
raw=True)
def test_serializer(transaction_type_8):
result = Serializer(transaction_type_8).serialize()
assert result == transaction_type_8['serialized']
def test_serializer(transaction_type_7):
result = Serializer(transaction_type_7).serialize(False, True)
assert result == transaction_type_7['serialized']
def serialize(self):
data = self.to_dict()
return Serializer(data).serialize()
def test_serializer(transaction_type_1):
result = Serializer(transaction_type_1).serialize(False, False)
assert result == transaction_type_1['serialized']
